A.Journal Paper

01.

Enoch Hsin-Ho Huang, Chao-Min Wu*, and Hung-Ching Lin (2021) “Combination and Comparison of Sound Coding Strategies Using Cochlear Implant Simulation With Mandarin Speech.” IEEE Transactions on Neural Systems and Rehabilitation Engineering Volume 29, pp. 2407-2416. https://doi.org/10.1109/TNSRE.2021.3128064 (SCI IF: 3.802, corresponding author) MOST 107-2221-E-008-031

02.

Geng-Hao Liu, Meng-Yen Tsai, Gwo-Jyh Chang, Chao-Min Wu, Sheng-Kai Lin, Yu-Sheng Chen and Tzung-Yan Lee (accepted) “Safety assessment of the auto manipulation device for acupuncture (AMDA) in Sprague-Dawley rats: preclinical evaluation of the prototype." Evidence-Based Complementary and Alternative Medicine (SCI IF: 2.064)

03.

Chao-Min Wu, Ping-Huan Hsieh, Yu-Mei Chung, Bo-Yeng Cheng (2016) Development of a Visible Speech Diagnostic and Rehabilitation System. Vol; 19, pp.57-69. Journal of the Acoustical Society of Taiwan. (First and Corresponding author).

04.

Dahnial Syauqy, Chao-Min Wu and Onny Setyawati (2016) An Acoustic Feature-Based Similarity Scoring System for Speech Rehabilitation Assistance. Disability and Rehabilitation: Assistive Technology, Vol.11(6), pp.501-515. Published online, Apr. 2015, DOI number: 10.3109/17483107.2015.1027297.(SCI: IF=1.837, corresponding author)

05.

Chao-Min Wu, Tao-Wei Wang, and Ming-Hung Li (2015, Oct). Study of neural mechanism of Mandarin vowel perception and diphthong production with neural network model. Journal of the Phonetic Society of Japan. 19(2), pp.115-123. (First and Corresponding author).

06.

Dahnial Syauqy, Chao-Min Wu and Onny Setyawati (2014) Vowel Quality Scoring  on Speech Rehabilitation Assistance, International Journal of Applied Engineering Research, 9(24), pp. 27199-27210. (Corresponding author)

07.

C.-M. Wu and T. W. Wang (2012) Study of Neural Correlates of Mandarin Tonal Production with Neural Network Model. Journal of Medical and Biological Engineering, 32(3), pp.169-174 (SCI & EI, IF=0.731).

08.

J.-Z. Tsai, C.-K. Lee, C.-M. Wu, J.-J. Wang, K.-P. Kao(2008), A Feasibility Study of an Eye-writing System Based on Electro-oculograph. Journal of Medical and Biological Engineering, 28, pp39-46. (EI)

09.

H-Y Lee and C.-M. Wu (2003), Rapid prototyping of wireless augmentative and alternative communication system for speech impaired subjects. BIOMEDICAL ENGINEERING-APPLICATION, BASIS & COMMUNICATIONS, 15, pp14-22. (EI) NSC92-2614-E-040-001

10.

C.-M. Wu, S.-Y. Wang, and H. T. Goh (in revision). An MRI-based 3D tongue atlas for tongue modeling.

11.

Chao-Min Wu, L.-L. Ho, Shu-Hao Dong, and Hung-Ching Lin (in preparation), Modeling Advanced Combination Encoder (ACE) with Acoustic Hearing for Mandarin-speaking Patients Using Cochlear Implant (CI)

12.

C.-M. Wu and H. T. Goh (in preparation). Three-dimentional grey-level interpolation for oral magnetic resonance images

13.

C.-M. Wu and T.-C. Chien (in preparation). Automatic segmentation of the tongue structure from human oral MR images.

B.Conference Paper

01.

Ming Xiu, Yang, Kang Cheng, Peng, Chao Min, Wu* (2021) Auto-detection of Auditory Brainstem Response (ABR) Wave V with Wavelet-Kalman Filter and Fitted Parametric Peak Method. Annual meeting of Taiwanese Society of Biomedical Engineering  TSBME2021, Nov. 19-20, Taichung, Taiwan, paper 272.

02.

Enoch Hsin-Ho Huang, Jin-Sian Lin, Harisma Khoirun Nisa, Ching-Hung Lee, Hung-Ching Lin, Yu Tsao, and Chao-Min Wu (2020). Study on the Development of Auditory Physiology and Neural Network Based Cochlear Implant Sound Processing Strategies and Its Effects on Mandarin Speech Perception-Simulation. The 4th Global Conference on Biomedical Engineering & Annual Meeting of TSBME (GCBME 2020), Taipei, Taiwan

03

Chia-Hsing Liu, Ardhi Santoso, and Chao-Min Wu (2020). Development of Necklace-Type Hearing Aid with Microphone Array Technology, The 4th Global Conference on Biomedical Engineering (GCBME) & Annual Meeting of TSBME, Taipei, Taiwan.

04.

Ten-Hsiang Wen, Kang-Cheng Peng and Chao-Min Wu (2020) . Development of an Embedded-Platform-Based Auditory Brainstem Response (ABR) Measurement system. The 4th Global Conference on Biomedical Engineering & Annual Meeting of TSBME (GCBME 2020), Taipei, Taiwan

05.

Enoch Hsin-Ho Huang, Chao-Min Wu, and Hung-Ching Lin (2019). Simulation of three auditory physiology based CI sound coding strategies with Mandarin speech, Proc. of the 12-th Asia Pacific Symposium on Cochlear Implants and Related Sciences (APSCI), Tokyo, Japan.

06.

Enoch Hsin-Ho Huang, Kuo-Hsuan Hung, Yu Tsao, and Chao-Min Wu (2019). ElectrodeNet – artificial intelligence based sound coding strategy for cochlear implants, Proc. of the 12-th Asia Pacific Symposium on Cochlear Implants and Related Sciences (APSCI), Tokyo, Japan.

07.

Chao-Min Wu, Enoch Hsin-Ho Huang, and Hung-Ching Lin (2019) Study on the development of auditory physiology based cochlear implant sound processing strategies and its effects on Mandarin speech perception – simulation. The 9th World Congress on Bioengineering (WACBE), Taipei, Taiwan

08.

Chao-Min Wu and Chen-Chou Lo (2018). Automatic segmentation of oral MRI based on shape prior active contour model and fuzzy C-means clustering. Proc. World Congress on Medical Physics & Biomedical Engineering (IUPESM2018), Prague, Czech Republic, 3-8 June, paper ID494.

09.

Chao-Min Wu, Y.-K. Huang, B.-Y. Cheng, H.-H. Huang, and W.-C. Tsai (2017) DEVELOPMENT OF A SPEECH DIAGOSTIC AND REHABILITATION SYSTEM-A GAME SYSTEM FOR VOICE DISORDER REHABILITATION,

Biomedical Engineering Society of the ROC, Annual Symposium, Chung-Li, paper 116, 1-4.

10.

Sheng-Ling Chou, Chih-Hao Fang, and Chao-Min Wu (2017) Development of Taiwan Mandarin Dichotic Digit Test and Its Software, Biomedical Engineering Society of the ROC, Annual Symposium, Chung-Li, paper 175, 1-4.

11.

Bo-Yu Chao, Cheng-Hsien Hsu, and Chao-Min Wu (2017) DEVELOPMENT OF AUTO-DETECTION METHOD FOR WAVE V WITH A WIRELESS AUTOMATED AUDITORY BRAINSTEM RESPONSE (AABR) MEASUREMENT SYSTEM, Biomedical Engineering Society of the ROC, Annual Symposium, Chung-Li, paper 258, 1-3.

12.

Chao-Min Wu, Wei-Lun Lou, and Ting-An Liu (2017) DEVELOPMENT OF AN ADAPTIVE NOISE REDUCTION SYSTEM WITH AUTOMATIC WIND NOISE DETECTION UTILIZING TMS320C6713, Proc. of the 24^th International Congress on Sound and Vibration, London, UK, 23-27 July, paper 48, 1-8.

13.

Sheng-Kai Lin, Enoch Hsin-Ho Huang, Bo-Yu Chao, and Chao-Min Wu (2017) Wireless-Automated Auditory Brainstem Response (AABR) Measurement System Bases on the Android and the Embedded System, Symposium on Engineering, Medicine, and Biology Applications (SEMBA2017), Apr. 28-30, Hsin Chu, Taiwan, Poster_03, p.1-2.

14.

Chao-Min Wu, Wei-Lun Lou, and Ting-An Liu (2017) DEVELOPMENT OF AN ADAPTIVE NOISE REDUCTION SYSTEM WITH AUTOMATIC WIND NOISE DETECTION UTILIZING TMS320C6713, Proc. of the 24^th International Congress on Sound and Vibration, London, UK, 22-30 July, paper 48, 1-8.

15.

Chao-Min Wu and Tao-Wei Wang (2016) Study of Neural Correlates on Normal and Pathological Chinese Production with Neural Network Model - III, GCBME2016, Aug.17-19,Taipei, Taiwan, PMOST-191-EE-011.

16.

Chao-Min Wu, Zeng-Fong Chen, and Ting-An Liu (2016) DEVELOPMENT OF A SPEECH ENHANCEMENT DUAL-MICROPHONE NOISE REDUCTION SYSTEM UTILIZING TMS320C6713, Proc. of The 23^rd International Congress on Sound and Vibration, Athens, Greece, 10-14 July, paper 132, 1-8

17.

Chao-Min Wu (2015) Development of Wireless Sensing Devices for Diagnosis and Rehabilitation Application, The 3-rd EITA-Bio Conference, The Emerging Information and Technology Association (ELTA), Oct.24-25, Taipei, Taiwan (invited)

18.

Chao-Min Wu, Yan-Ming Yang, and Ting-An Liu (2015) DEVELOPMENT OF AN AUTOMATIC MATCHING DUAL-MICROPHONE NOISE REDUCTION SYSTEM UTILIZING TMS320C6713, Proc. of The 22^nd International Congress on Sound and Vibration, Florence, Italy, 12-18 July, paper 1061, 1-8.

19.

Shih-Hao Kuo, Chao-Min Wu, Rai-Chi Chen,Si-Huei Lee, I-Yun Yang, Chun-Chuan Chen (2014) Using Cortico-muscular coherence to evaluate the functional recovery of stroke patients in response to rehabilitation. APOSM 2014& ISRN, the Asian Prosthetic and Orthotic Scientific Meeting 2014 (APOSM 2014) in conjunction with The Second Meeting of the International Society for Restorative Neurology (ISRN), Nov. 28-30, Taipei, Taiwan, OP22.

20.

Tao-Wei Wang and Chao-Min Wu (2014) Using the back-propagation neural network (BPNN) algorithm to simulate the tone acquisition of infant. APCMBE2014, Oct. 9-12, Tainan, Taiwan, PB05.

21.

Chao-Min Wu, Sheng-Kai Lin, Yu-Sheng Chen, and Geng-Hao Liu (2014) Development of Automatic Manipulation Device for Acupuncture. 36^th Annual Int. Conf. of IEEE EMBC2014, Aug. 26-30, Chicago, IL, USA, WA14.2.

22.

Chao-Min Wu and Tao-Wei Wang (2014) Study of neural correlates of Mandarin vowel production with neural network model. Adventures in Speech Science, Tokyo, Japan, July 22-23, p29-30.

23.

Chao-Min Wu and Wei-Lin Tsai (2014). Pre-processing with Microphone Array and Noise Reduction for Electroacoustic Stimulation of Cochlear Implant Simulation on Chinese Speech Recognition in Noise. Proc. of the 13th International Conference on Cochlear Implants and Other Implantable Auditory Technologies (CI2014), Munich, Germany, June 18-21. RT2-4.

24.

Ting-An Liu, Chao-Min Wu, Yan-Ming Yang(2013)Development of an automatic matching dual-microphone noise reduction system utilizing TMS320C6713. Biomedical Engineering Society of the ROC, Annual Symposium, Hsinchu, PD2-27

25.

Wei-Hung Chuang, Chao-Min Wu and Chih-Hsuan Peng (2013). Zigbee-based multi-channel wireless Electromyography measurement system. Biomedical Engineering Society of the ROC, Annual Symposium, Hsinchu, PB2-61

26.

Chao-Min Wu, Tzung-Ying Shen and Cheng-Feng Chen (2013). A PDA-based Multifunctional Sound Analyzer. Biomedical Engineering Society of the ROC, Annual Symposium, Hsinchu, PD2-29

27.

Chao-Min Wu, Tao-Wei Wang and Bing-Huan Shie (2013) Study of Neural Correlates on Normal and Pathological Chinese Production with Neural Network Model, Biomedical Engineering Society of the ROC, Annual Symposium, Hsinchu, NSCP-32

28.

Tao-Wei Wang and Chao-Min Wu (2013). Using the Neural Network Model to Simulate the Neural Response of the Vowel Perception. The 9^Th Asia Pacific Conf. on Speech, language, and hearing (APCSLH2013). Taichung, Taiwan, S8-6.

29.

Chao-Min Wu, Ming-Hung Li, and Tao-Wei Wang (2013). Simulation of neural mechanism for Chinese vowel perception with neural network model. J. Acoust. Soc. Am., Vol. 133, No. 5, 3611(A).

30.

Ping-Huan Hsieh and Chao-Min Wu (2012) Visible speech diagnosis and rehabilitation system. Biomedical Engineering Society of the ROC, Annual Symposium, CYCU, Chung-Li, P3-39. (Poster Best Paper Award)

31.

Ting-An Liu, Chao-Min Wu, and Yen-Ming Yang (2012) Development of an adaptive directional microphone noise reduction system with dual-microphone utilizing TMS320C6713. Biomedical Engineering Society of the ROC, Annual Symposium, CYCU, Chung-Li, P3-37.

32.

Wei-Hung Chuang, Chao-Min Wu, and Tao-Wei Wang (2012) Multi-channel wireless electromyography measurement system. Biomedical Engineering Society of the ROC, Annual Symposium, CYCU, Chung-Li, V11-3.

33.

Chih-Chung Liu, Chao-Min Wu, Sheng-Kai Lin (2012) A PDA-based transient evoked otoacoustic emission (TEOAE) system. Biomedical Engineering Society of the ROC, Annual Symposium, CYCU, Chung-Li, V02-1. (Oral Best Paper Award)

34.

Chao-Min Wu, Kuo-Yuan Huang, Wei-Lin Tsai, Che-Ming Wu, and Hung-Ching Lin (2012) Effects of Electro-acoustical Hearing on Mandarin Speech Recognition Under Background Noise for Patients With Cochlear Implants-Simulation and Clinical Studies. Proc. of The 19^th International Congress on Sound and Vibration, Vilnius, Lithuania, 8-12 July, p.27.

35.

Tao Wei Wang, Wei-Hung Chuang, and Chao-Min Wu (2011) Comparisons between bipolar electrodes and bipolar concentric electrodes in EMG measurement. The 5^th World Congress on Bioengineering (WACBE), Tainan, Taiwan, Aug.18-21, FPO-085.

36.

Ting-An Liu, Chao-Min Wu,Yung-Chieh Hsu, and Tsung-Ying Shen (2011). Development of software-based simulation platform for hearing aid-Oticon Syncro. Taiwanese Society of Biomedical Engineering , Annual Symposium, NCKU,Tainan, P1-66. (Poster Outstanding Paper Award)

37.

Juhng-Nan Su, Chao-Min Wu, and Chia-chun Chen (2011). Computer simulation of the respiratory system for educational purpose. Taiwanese Society of Biomedical Engineering , Annual Symposium, NCKU,Tainan, P2-84.

38.

Ming Hong Lee, Chao-Min Wu, and Tao Wei Wang (2011). Simulation of Neural Mechanism for Speech Perception with Neural Network Model.Taiwanese Society of Biomedical Engineering , Annual Symposium, NCKU,Tainan, O4-9.

39.

Chao-Min Wu, Tao-Wei Wang and Tsung-Yu Chen (2010). Development of software-based simulation platform for hearing aid -GN ReSound Canta. Biomedical Engineering Society of the ROC, Annual Symposium, ISU, Yanchao, O5-23.

40.

Juhng-nan Su, Chao-Min Wu, and Chia-Chun Chen (2010). Computer Simulation of the Left Heart for Educational Purpose. Biomedical Engineering Society of the ROC, Annual Symposium, ISU, Yanchao,P1-053.

41.

Li-Min Ling, Chao-Min Wu, and Tao-Wei Wang (2010). A PDA-based Vital Signs Measurement System. Biomedical Engineering Society of the ROC, Annual Symposium, ISU, Yanchao, P3-088.

42.

Chao-Min Wu, Yong-Jie Syu, and Po-Hsun Lin (2010) Development of software-based simulation platform for hearing aid. J. Acoust. Soc. Am., Vol. 128, No. 4, 2321(A).

43.

Chao-Min Wu, Kuo-Yuan Huang, Wei-Lin Tsai, Che-Ming Wu, Hung-Ching Lin (2010) Effects of electro-acoustic hearing on Mandarin speech recognition in noise for patients with Cochlear Implant. Proc. of the 11th International Conference on Cochlear Implants and Other Implantable Auditory Technologies (CI2010), Stockholms, June 30-July 3. P.381(A).

44.

Kuo-Yuan Huang, Chao-Min Wu, Wei-Lin Tsai, and Ling-Ling Ho (2009). Effects of Cochlear Implant Simulationon Chinese Speech Recognition in Noise, Biomedical Engineering Society of the ROC, Annual Symposium, NYMU, Taipei, CPA36.

45.

Yung-Chieh Shu, Chao-Min Wu, Tsung-Yu Chen (2009). Development of a Software-Based Simulation Platform for Hearing Aid-Noise Reduction. Biomedical Engineering Society of the ROC, Annual Symposium, NYMU, Taipei, CPA39.

46.

Chao-Min Wu, Kuo-Yuan Huang, Ling-Ling Ho, Hung-Ching Lin, and Che-Ming Wu  (2009). Effects of Electrical and Acousti Stimulation (EAS) on Mandarin Speech Recognition and Music II.Biomedical Engineering Society of the ROC, Annual Symposium, NYMU, Taipei, NPB41.

47.

Tao-Wei Wang and Chao-Min Wu (2009). Study of Neural Correlates on Chinese Tones by Neural Network Model. Biomedical Engineering Society of the ROC, Annual Symposium, NYMU, Taipei, COB2. (Oral Best Paper Award)

48.

Chao-Min Wu, Kuo-Yuan Huang, and Hung-Ching Lin (2009). Effects of channel number, stimulation rate, and electroacoustic stimulation of cochlear implant simulation on Chinese speech recognition in noise. Proc. of the 7-th Asia Pacific Symposium on Cochlear Implants and Related Sciences (APSCI) (accepted), Singpore Dec.1-4

49.

Ling-Ling Ho, Chao-Min Wu, Kuo-Yuan Huang, and Hung-Ching Lin (2009). Effects of channel number, stimulation rate, and electroacoustic stimulation of cochlear implant simulation on melody recognition in quiet and noise conditions. Proc. of the 7-th Asia Pacific Symposium on Cochlear Implants and Related Sciences (APSCI) (accepted), Singpore Dec.1-4

50.

C.-M. Wu, K.-Y. Huang, and L.-L. Ho (2009), Effects of channel carriers (vocoders) on Chinese speech recognition in Continuous Interleaved Sampling (CIS) and Advanced Combination Encoding (ACE) simulation of Cochlear Implant. Proc. of The 16^th International Congress on Sound and Vibration, Krakow, Poland, 5-9 July, P779.

51.

C.-M. Wu, H. T. Goh, and S.-Y. Wang (2009) Construction of a MRI-based 3D Atlas of the Human Tongue for Biomechanical Tongue Modeling, Proc. of 1st International Workshop on Dynamic Modeling of the Oral, Pharyngeal and Laryngeal Complex for Biomedical Applications (OPAL-2009), University of British Columbia, Vancouver, BC, Canada, 87-90.

52.

K.-Y. Huang, C.-M. Wu, and L.-L. Ho (2008), Effects of channel carriers on Chinese speech recognition in cochlear implant simulation. Biomedical Engineering Society of the ROC, Annual Symposium, CKU, Linkou, EO17.

53.

L.-L. Ho, C.-M. Wu, and K.-Y. Huang (2008), Comparison of music perception in cochlear implant simulation: tone vs. noise vocoder. Biomedical Engineering Society of the ROC, Annual Symposium, CKU, Linkou, EO20.

54.

T.-C. Chien and C.-M. Wu (2008), Automatic segmentation of the tongue structure from human oral MR images. Biomedical Engineering Society of the ROC, Annual Symposium, CKU, Linkou, DP52

55.

C.-M. Wu, K.-Y. Huang, H.-C. Lin, L.-L. Ho, C.-L. Liu, and C.-M. Wu (2008), Effects of electrical and acoustic stimulation (EAS) )on Mandarin speech recognition-simulation and clinical test. Biomedical Engineering Society of the ROC, Annual Symposium, CKU, Linkou, LO07

56.

Chao-Min Wu and Chi-Wei Su (2008). Design of a PDA-based Asthma Peak Flow Monitor System. The 13^th Int. Conf. on Biomedical Engineering, Singpore Dec.3-6. 217(A)

57.

Chao-Min Wu and Yi-Syuan Lin (2008). Neural Correlates on Chinese Speech Production: an fMRI study. J. Acoust. Soc. Am., Vol. 123, No. 5, 3075(A).

58.

Chao-Min Wu and Sung-Yi Wang (2008). Construction of MRI-based 3D atlas of the Human Tongue for Tongue modeling. J. Acoust. Soc. Am., Vol. 123, No. 5, 3075(A).

59.

Chao-Min Wu and Chia-Chi Wang (2007). Development of a 3D Mechanical Tongue Model with Finite Element Method. Biomedical Engineering Society of the ROC, Annual Symposium, FCU, Taichung, pp. 397-400。

60.

Chao-Min Wu, Shu-Hao Dong, and Hung-Ching Lin (2007), Modeling Advanced Combination Encoder (ACE) with Acoustic Hearing for Mandarin-speaking Patients Using Cochlear Implant (CI), Proc. of the 6-th Asia Pacific Symposium on Cochlear Implants and Related Sciences (APSCI), 53(A).

61.

Shu-Hao Dong, Chao-Min Wu, and Ling-Ling Ho (2007). Modeling Advanced Combination Encoder For Chinese Speaking Patients Using Cochlear Implants. Conference on Engineering Technology and Applications of Chinese and Western Medicine, CMU, Taichung, pp.190-191.

62.

C.-M. Wu and W. J. Cheng (2006). Simulating the effect binaural (electric and acoustic) hearing on Mandarin speech recognition under background noise for patients with cochlear implant (CI), J. Acoust. Soc. Am., Vol. 124, No. 2,1304(A).

63.

C.-M. Wu and H. T. Goh (2006). An MRI-based 3D tongue atlas for tongue modeling, J. Acoust. Soc. Am., Vol. 124, No. 2,1304(A).

64.

H. T. Goh, C.-M. Wu, L.-L. Ho, C.-W. Su (2005). Morphology-Based Three-Dimensional Gray-Level Interpolation for Oral Magnetic Resonance Images, Biomedical Engineering Society of the ROC, Annual Symposium, CYCU, Chung-Li, D1-005。

65.

W. J. Cheng and C.-M. Wu (2005). Simulation of Speech Recognition Enhancement to Chinese-Speaking Cochlear Implant Patients. Biomedical Engineering Society of the ROC, Annual Symposium, CYCU, Chung-Li. A2-002。

66.

Su-fen Tseng, Chao-Min Wu, Nan-Mei F. Wang, and Kuo-Ping Yang (2005), Longitudinal of Multi-mode AAC application to people with acquired disabilities- a case study, Proc. of the 1-st Asia-Pacific Regional Congress of International Association for the Scientific Study of Intellectual Disabilities (IASSID), 86(A).

67.

C.-M. Wu, S.-F. Tseng, C.-K. Yeh, H.-Y. Lee (2005), A Multiple-purpose PDA-based AAC System, Proc. of the 1-st Asia-Pacific Regional Congress of International Association for the Scientific Study of Intellectual Disabilities (IASSID), 90(A).

68.

C.-M. Wu and K. L. Wang (2004). Construction of MRI-based 3D Atlas of the Human Tongue II 。Biomedical Engineering Society of the ROC, Annual Symposium, NCKU,  Tainan.

69.

C.-M. Wu and K. L. Wang (2003). Construction of MRI-based 3D Atlas of the Human Tongue 。Biomedical Engineering Society of the ROC, Annual Symposium, NYMU, Taipei.

70.

S.-F. Tseng, C.-M. Wu, C.-L. Chen (2003b). Application of a Chinese Morse-code-input AAC system to acquired multiple disorders-a case study. Speech-Language-Hearing Association of the ROC, Taichung.

71.

C.-M. Wu¹, S.-F. Tseng, C.-K. Yeh, H.-Y. Lee (2002a), Application of a PDA-based AAC system to a stroke patient with global aphasia: A case study, Proc. of the 3^rd. Asia Pacific Conf. of Speech Lanuage and Hearing, 86(A).

72.

C.-M. Wu, S.-F. Tseng, J.-J. Huang, S.-Y. Weng (2002b), The development of a PDA-based tool for AAC users of aphasic patients, Proc. of the 3^rd. Asia Pacific Conf. of Speech Lanuage and Hearing, 63(A).

73.

S.-F. Tseng, C.-M. Wu, C.-L. Chen (2002c), Application of a Chinese Morse-code-input AAC system to acquired multiple disorders-a case study, Proc. of the 3^rd. Asia Pacific Conf. of Speech Lanuage and Hearing, 87(A).

74.

H.-Y. Lee, C.-K. Yeh, C.-M. Wu, and M.-F. Tsuang (2001a), Wireless communication for speech impaired subjects via portable augmentative and alternative system, Proc. of Int. Conf. of the IEEE-EMBS, 187 (A).

75.

H.-Y. Lee, Y.-W. Chiu, C.-K. Yeh, and C.-M. Wu (2001b), Development of mobile phone for subjects with speech impairment based on pocket PC and GSM module, Proc. of Annual Symposium of Medical Informatics Society, p.223-225.

76.

C.-M. Wu, J. Dang, and K. Honda (1999c), A physiological laryngea model for the extrinsic control of fundamental frequency (F0),Proc. of BMES’99 (Tainan, Taiwan), 42-43.

77.

C.-M. Wu, J. Dang, and K. Honda (1999b), Fundamental frequency control using a physiological articulatory model, Proc. of ASJ Fall meeting (Matsue, Japan), 241-242

78.

C.-M. Wu, J. Dang, and K. Honda (1999a), A design of laryngeal structures for a physiological articulatory model,J. Acoust. Soc. Am., Vol. 105, No. 2,1304(A).

79.

C.-M. Wu, R. Wilhelms-T.(1997), Mapping of muscle anatomy on three-dimensional magnetic resonance images of the human tongue based on morphological landmark selection,J. Acoust. Soc. Am., Vol. 102, No. 5,3162(A).

80.

R. Wilhelms-T. and C.-M. Wu (1997), A biomechanical model of tongue, Proceedings of the 1997 Bioengineering Conference, BED-Vol.35, 69-70.

81.

K. Honda, M. Hashi, C.-M. Wu, and J. Westbury (1997), Effects of the size and form of the orofacial structure on vowel production, J. Acoust. Soc. Am., Vol. 102, No. 5,3133(A).

82.

K.Honda and C-M. Wu(1996), Differences in speaker's articulatory space: their contribution to vowel gesture and acoustic pattern, J.Acoust. Soc. Am.,Vol.100,No.4,2598(A).

83.

C.-M. Wu and R. Wilhelms-T.(1996), Landmark selection for cross-mapping muscleanatomy and volumetric images of the human tongue, J. Acoust. Soc. Am.,Vol.100,No.4,2659(A).

84.

C.-M. Wu and R. Wilhelms-T. (1995), Tongue Structural Model: Integrating MRI data and anatomical structure into a finite element model of the tongue, Proc. of XIIIth Int. Congr. of Phonetic Sci., 490-493

85.

C.-M. Wu and R. Wilhelms-T. (1994) Tongue Structural Model: Integrating MRI data and anatomical structure into a finite element model of the tongue, J. Acoust. Soc. Am.,Vol. 96,No.5, 3342(A).

86.

R. Wilhelms-T. and C.-M. Wu (1993) The 3-D tongue FEM model-revised, J. Acoust. Soc. Am.,Vol. 94,No.3, 1764(A).

87.

88.

R. Wilhelms and C.-M. Wu (1992b) Finite Element Tongue Model-Algorithms, J. Acoust. Soc. Am.,Vol. 92,No.4, 2391(A).

89.

R. Wilhelms and C.-M. Wu (1991) Dynamic 3D Tongue Model-Progress Report, J. Acoust. Soc. Am.,Vol. 90,No.4, 2310-2311(A).

C.Editted Book

01.

Chao-Min Wu (2004) Chap 10 Body temperature, heat, fat, and movement. In John.

G. Webster (ed.) Bioinstrumentation. New York, John-Wiley & Sons. ISBN: 0-471-26327-3